Bently Nevada 330876-02-10-00-00

1. Performance Parameters

Measurement Accuracy: The vibration displacement measuring accuracy can reach ±0.05 microns, which can accurately capture extremely subtle displacement changes.

Temperature Measurement Range: Other temperature ranges can be accurately measured going from -50 up to 150 degrees Celsius to meet the various monitoring needs of industrial situations.

Response Time: Below 10 milliseconds that is the time needed for the system to respond to vibration and temperature changes.

Data Sampling Rate: 100kHz with data sampling rates can capture huge amounts of information down to minutiae and thus provide data for in-depth analyses of the operation of the equipment and any potential failures.

2. Functional Features

Multi-parameter monitoring: Bently Nevada 330876-02-10-00-00 is capable of simultaneously monitoring multiple key parameters of the equipment such as vibration, temperature and speed, so as to accurately assess the overall condition of the equipment.

Trend Analysis Function: Bently Nevada 330876-02-10-00-00 affords the trend analysis of the monitored long-term data so as to minimize loss through unexpected machine failures.

Flexible Alarm Settings: Alarm thresholds may be flexibly set for vibration, temperature and other parameters, ensuring the safe operation of the equipment.

Remote monitoring capability: Through the facility of Internet connection, reading of the equipment monitoring databases from remote monitoring centers or from mobile terminals is possible and the professionals get briefed about the equipment status at a glance.

3. Technical features

High-definition sensing technology: Integrated with several high-precision sensors, ensuring high reliability and accuracy of the measured data.

Anti-interference design: Bently Nevada 330876-02-10-00-00 equipment design is capable of resisting electromagnetic interference and to operate steadily in an industrial electromagnetic setting.

Intelligent data processing: Filtering, noise suppression and feature extraction among others.

Low-power design: The use of low-power integrated circuits and chip board workings leads to a considerable lower product power consumption under efficient energy use and steady maintenance costs.

4. Application scenes and scope

Electric power industry: Frequently deployed toward large rotating equipment associated with industrial steam turbines, generators and fans in power plants to monitor real-time vibrations and temperature changes of the said equipment, which can preserve service lives, avert equipment malfunctions, and ensure the safety of the production.

Petrochemical industry: Monitoring of oil pipeline status. On its completion, to allow timely detection of any abnormal vibration or temperature rise that could cause any equipment or facilities to develop leaks/explode.

Iron and steel metallurgy industry: Crucial roles in rolling mills, blast furnace blowers, sintering machines, and accordingly other equipment. Thus, with parametric multi-parameter monitoring and analysis, optimization with regard to equipment operating may be attained, improving production efficiency and extending equipment's useful lives, ultimately leading to lower production costs.

Machinery manufacturing industry: It is used to monitor operating status and processing accuracies on high-precision equipment such as CNC machine tools and drilling, cutting centers.